Numerical analysis of a conceptual four-satellite cislunar constellation shows out-of-plane amplitudes and a new relative planarity factor Pr strongly influence short-arc autonomous orbit determination accuracy from inter-satellite ranges, while long-arc results are insensitive to parameters.
Autonomous orbit determination, timekeeping and service perfor- mance analysis of the cislunar space navigation system based on special long-period or- bits
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Autonomous Orbit Determination Analysis of a Conceptual Cislunar Navigation Constellation based on Inter-Satellite Range Measurement
Numerical analysis of a conceptual four-satellite cislunar constellation shows out-of-plane amplitudes and a new relative planarity factor Pr strongly influence short-arc autonomous orbit determination accuracy from inter-satellite ranges, while long-arc results are insensitive to parameters.